def test_list_filter(self):
divides_by_2_or_3 = create_filter('2,3', self._divides_by)
self.assertTrue(divides_by_2_or_3(2))
self.assertTrue(divides_by_2_or_3(3))
self.assertTrue(divides_by_2_or_3(4))
self.assertFalse(divides_by_2_or_3(5))
self.assertTrue(divides_by_2_or_3(6))
def test_explicit_plus_filter(self):
divides_by_2_or_3 = create_filter('+2,3', self._divides_by)
self.assertTrue(divides_by_2_or_3(2))
self.assertTrue(divides_by_2_or_3(3))
self.assertTrue(divides_by_2_or_3(4))
self.assertFalse(divides_by_2_or_3(5))
self.assertTrue(divides_by_2_or_3(6))
def test_list_filter() -> None:
divisible_by_2_or_3 = create_filter("2,3", is_divisible_by)
assert divisible_by_2_or_3(2) is True
assert divisible_by_2_or_3(3) is True
assert divisible_by_2_or_3(4) is True
assert divisible_by_2_or_3(5) is False
assert divisible_by_2_or_3(6) is True
def test_explicit_plus_filter() -> None:
divisible_by_2_or_3 = create_filter("+2,3", is_divisible_by)
assert divisible_by_2_or_3(2) is True
assert divisible_by_2_or_3(3) is True
assert divisible_by_2_or_3(4) is True
assert divisible_by_2_or_3(5) is False
assert divisible_by_2_or_3(6) is True
def test_explicit_plus_filter(self):
divides_by_2_or_3 = create_filter('+2,3', self._divides_by)
self.assertTrue(divides_by_2_or_3(2))
self.assertTrue(divides_by_2_or_3(3))
self.assertTrue(divides_by_2_or_3(4))
self.assertFalse(divides_by_2_or_3(5))
self.assertTrue(divides_by_2_or_3(6))
def test_list_filter(self):
divides_by_2_or_3 = create_filter('2,3', self._divides_by)
self.assertTrue(divides_by_2_or_3(2))
self.assertTrue(divides_by_2_or_3(3))
self.assertTrue(divides_by_2_or_3(4))
self.assertFalse(divides_by_2_or_3(5))
self.assertTrue(divides_by_2_or_3(6))
def test_negated_filter(self):
# This tests that the negation applies to the entire list.
coprime_to_2_and_3 = create_filter('-2,3', self._divides_by)
self.assertFalse(coprime_to_2_and_3(2))
self.assertFalse(coprime_to_2_and_3(3))
self.assertFalse(coprime_to_2_and_3(4))
self.assertTrue(coprime_to_2_and_3(5))
self.assertFalse(coprime_to_2_and_3(6))
def test_negated_filter() -> None:
# This tests that the negation applies to the entire list.
coprime_to_2_and_3 = create_filter("-2,3", is_divisible_by)
assert coprime_to_2_and_3(2) is False
assert coprime_to_2_and_3(3) is False
assert coprime_to_2_and_3(4) is False
assert coprime_to_2_and_3(5) is True
assert coprime_to_2_and_3(6) is False
def test_negated_filter(self):
# This tests that the negation applies to the entire list.
coprime_to_2_and_3 = create_filter('-2,3', self._divides_by)
self.assertFalse(coprime_to_2_and_3(2))
self.assertFalse(coprime_to_2_and_3(3))
self.assertFalse(coprime_to_2_and_3(4))
self.assertTrue(coprime_to_2_and_3(5))
self.assertFalse(coprime_to_2_and_3(6))
def test_create_filter(self):
divides_by_2 = create_filter('2', self._divides_by)
self.assertTrue(divides_by_2(2))
self.assertFalse(divides_by_2(3))
self.assertTrue(divides_by_2(4))
self.assertTrue(divides_by_2(6))
def test_create_filter() -> None:
divisible_by_2 = create_filter("2", is_divisible_by)
assert divisible_by_2(2) is True
assert divisible_by_2(3) is False
assert divisible_by_2(4) is True
assert divisible_by_2(6) is True
def test_create_filter(self):
divides_by_2 = create_filter('2', self._divides_by)
self.assertTrue(divides_by_2(2))
self.assertFalse(divides_by_2(3))
self.assertTrue(divides_by_2(4))
self.assertTrue(divides_by_2(6))
